M393B2G70BH0-CH9 Samsung 16GB 1333mhz PC3-10600 ECC DDR3 Reg RAM

Highlights of Samsung 16GB DDR3 RAM

Boost server reliability and performance with the Samsung M393B2G70BH0-CH9 16GB DDR3 ECC Registered RAM. This 240-pin RDIMM delivers stable throughput, error-correcting resilience, and energy-efficient operation for enterprise workloads, virtualization, and data-intensive applications.

Manufacturer Details

Enterprise-Class Registered DDR3 Memory Architecture

Samsung M393B2G70BH0-CH9 16GB 1333MHz PC3-10600 ECC DDR3 SDRAM Registered memory belongs to a professional-grade server memory category designed for stability, accuracy, and sustained workloads. This category focuses on registered dual in-line memory modules that incorporate buffering technology to reduce electrical load on the memory controller. In enterprise server environments, this architectural advantage allows higher memory density configurations while maintaining signal integrity across populated memory channels.

Registered DDR3 memory differs significantly from unbuffered alternatives by including a register between the DRAM modules and the system memory controller. This register re-drives address and command signals, minimizing distortion and improving timing accuracy. As a result, server platforms using this category of memory can support larger RAM capacities per system, which is essential for virtualization, database hosting, and enterprise application deployment.

Error Correcting Code DDR3 Technology

The ECC DDR3 segment represented by the Samsung M393B2G70BH0-CH9 emphasizes data integrity through advanced error detection and correction mechanisms. Error Correcting Code functionality continuously monitors memory transactions to identify and correct single-bit memory errors in real time. This feature significantly reduces the risk of data corruption, system crashes, and application instability, especially in mission-critical environments.

ECC DDR3 memory is engineered to provide reliability beyond consumer-grade RAM. By automatically correcting minor data errors before they propagate through the system, this category ensures consistent uptime and protects sensitive information. Server administrators and enterprise IT teams rely on ECC memory to maintain operational continuity in systems that process financial records, healthcare data, or large-scale analytics workloads.

PC3-10600 Performance Classification

The PC3-10600 classification designates a memory bandwidth of approximately 10.6GB per second, aligning with DDR3-1333MHz operating frequency. This performance tier strikes a balance between speed, stability, and energy efficiency, making it a widely adopted standard in enterprise server deployments. Memory modules within this classification are optimized for predictable throughput rather than peak consumer performance.

Systems utilizing PC3-10600 registered ECC memory benefit from consistent data transfer rates under sustained workloads. This makes the category ideal for applications such as web hosting, enterprise resource planning systems, and virtualization platforms where steady performance is more valuable than short bursts of speed.

1333MHz Operating Frequency Optimization

The 1333MHz clock speed associated with this DDR3 SDRAM category ensures compatibility with a broad range of server chipsets and processors. This frequency was widely adopted during the DDR3 era and remains relevant in legacy and long-life enterprise systems. It enables efficient synchronization between the memory subsystem and server CPUs, reducing latency and maintaining workload balance.

Memory modules operating at 1333MHz are particularly suitable for servers designed with conservative thermal and power envelopes. By maintaining moderate operating frequencies, this category supports long-term reliability while minimizing heat output and electrical stress on system components.

Samsung Server Memory Engineering Standards

Samsung is globally recognized for its rigorous memory manufacturing standards and advanced semiconductor fabrication processes. The Samsung M393B2G70BH0-CH9 category reflects this engineering heritage, offering consistent quality, validated compatibility, and predictable performance across supported server platforms. Each module undergoes extensive testing to meet enterprise reliability requirements.

This category benefits from Samsung’s vertically integrated manufacturing model, which allows precise control over DRAM die production, module assembly, and quality assurance. As a result, server memory from this segment is trusted by data centers, system integrators, and enterprise IT departments worldwide.

Registered DIMM Signal Stability Advantages

Registered DIMMs within this category are specifically designed to enhance electrical stability in multi-DIMM configurations. By buffering control signals, the register reduces the load placed on the memory controller, enabling systems to populate more memory slots without sacrificing reliability. This advantage is critical in high-density server builds.

Signal stability improvements translate into fewer timing errors and improved system resilience under heavy computational loads. Servers running continuous operations, such as virtualization hosts or cloud infrastructure nodes, benefit greatly from this design approach.

Compatibility with Enterprise Server Platforms

The Samsung M393B2G70BH0-CH9 category is engineered for compatibility with a wide range of enterprise server motherboards that support DDR3 registered ECC memory. This includes rack servers, tower servers, and blade systems from leading OEMs. Compatibility validation ensures that memory operates within specified voltage, timing, and thermal parameters.

Enterprise IT environments often rely on standardized memory configurations to simplify maintenance and scalability. This category supports such standardization by adhering to JEDEC specifications and server vendor qualification requirements.

Voltage Regulation and Thermal Efficiency

DDR3 registered ECC memory modules typically operate at 1.5 volts, offering a balance between performance and energy consumption. This voltage standard allows stable operation while minimizing power draw across large memory deployments. In data centers where hundreds or thousands of memory modules are deployed, energy efficiency directly impacts operational costs.

Thermal efficiency is another defining characteristic of this category. Heat generation is carefully managed through optimized PCB design and component layout, ensuring consistent performance even in densely packed server chassis.

Capacity Scalability and Memory Density

The 16GB capacity of the Samsung M393B2G70BH0-CH9 positions this category as a practical building block for scalable server memory architectures. Memory administrators can deploy multiple 16GB modules to achieve high total system memory without exceeding platform limitations. This modular scalability supports gradual upgrades and flexible resource allocation.

High-density memory configurations are essential for modern enterprise workloads that rely on virtualization, in-memory databases, and large-scale data processing. This category provides the foundation for such configurations by delivering dependable capacity increments.

Virtualization and Cloud Computing Use Cases

In virtualized environments, memory availability directly influences the number of virtual machines that can be hosted on a single physical server. The Samsung M393B2G70BH0-CH9 category supports virtualization platforms by providing reliable, error-corrected memory that maintains performance consistency across multiple virtual workloads.

Cloud infrastructure deployments benefit from this category’s balance of capacity and reliability. Predictable memory behavior allows cloud service providers to allocate resources efficiently while maintaining service-level agreements.

Database and Analytics Workload Support

Database servers and analytics platforms require stable memory performance to process large datasets efficiently. ECC DDR3 registered memory minimizes the risk of data corruption during intensive read and write operations. This reliability is critical when managing transactional databases or performing real-time analytics.

The PC3-10600 performance tier ensures that memory throughput remains consistent, enabling databases to respond predictably to query loads and batch processing tasks.

Legacy Infrastructure Longevity

Many enterprise environments continue to operate DDR3-based servers due to their proven reliability and long depreciation cycles. The Samsung M393B2G70BH0-CH9 category supports these legacy infrastructures by providing compatible, high-quality replacement and expansion memory options.

By extending the usable life of existing servers, this category helps organizations maximize return on investment while maintaining operational stability.

Data Integrity

ECC functionality plays a central role in maintaining system uptime by preventing minor memory errors from escalating into critical failures. In environments where downtime translates directly into financial loss or service disruption, this category provides a crucial layer of protection.

Use Case Alignment

The Samsung M393B2G70BH0-CH9 16GB 1333MHz PC3-10600 ECC DDR3 SDRAM Registered memory category is positioned to serve enterprise, institutional, and industrial markets. Its focus on reliability, compatibility, and scalability aligns with the needs of data centers, research institutions, and corporate IT departments.

System Integration and Upgrade Strategies

System integrators value this category for its predictable behavior and broad compatibility. Whether used in new builds for legacy platforms or as part of an upgrade strategy, the memory integrates seamlessly into supported systems.

Upgrading server memory within this category allows organizations to enhance performance and capacity without undertaking full hardware replacements.